PATIKIL Reflective Keychain Tags, Reflective Zipper Pulls Nylon Keychain High Visibility Reflectors Tags

$6.99

★ 4.116 reviews

Product Information

ASINB0DTQ3C74Y

CategoryOther

About this item

Color: Green; Diameter: 30 mm / 1.18 inch; Size: 45 x 40 mm / 1.77 x1.57 inch (L*W); Package Content: 9 x Reflective Keychain Tags
Application: The reflective keychain tags not only be hung on the key to play a decorative role but also can be hung on the backpack to make it easy to release the zipper. It is good for backpacking, cycling, hiking, night running or walking, etc, and is suitable for hanging onto a bag, backpack, handbag, wallet, purse, jacket, dog collar, wheelchair, and more.
Advantage: Made of reflective material, high visibility, portable and reliable, sturdy and durable, and not easy to break. Comes with a reflective tape design, which serves as an effective reminder and indicator, increasing your visibility to vehicle during nighttime or in dark environments.
Instruction: The reflective keychain tag provides improved visibility and protection. It can be used on backpacks, bags, purses, etc.
Notice: It only reflects light when illuminated by a light source. The further the distance, the stronger the reflection.

Product Description

The reflective keychain tags not only be hung on the key to play a decorative role but also can be hung on the backpack to make it easy to release the zipper. It is good for backpacking, cycling, hiking, night running or walking, etc, and is suitable for hanging onto a bag, backpack, handbag, wallet, purse, jacket, dog collar, wheelchair, and more.AdvantageMade of reflective material, high visibility, portable and reliable, sturdy and durable, and not easy to break. Comes with a reflective tape design, which serves as an effective reminder and indicator, increasing your visibility to vehicle during nighttime or in dark environments.InstructionThe reflective keychain tag provides improved visibility and protection. It can be used on backpacks, bags, purses, and more.NoticeIt only reflects light when illuminated by a light source. The further the distance, the stronger the reflection.